Comrade - A Compiler for Adaptive Systems

COMRADE: ein Hochsprachen-Compiler für adaptive Computersysteme

Verbesserte Hardware-Software-Partitionierung für Adaptive Computer

Rechenleistung wird klassisch durch schnellere oder zusätzliche Mikroprozessoren gesteigert. Dagegen beschleunigen Adaptive Computersysteme (ACS) Applikationen durch eine teilweise Auslagerung in konfigurierbare Hardware. Der Compiler COMRADE übersetzt C-Quelltexte in Programme für ein ACS. Er bestimmt hierbei automatisch Regionen für eine Hardware-Beschleunigung. Diese Arbeit behandelt ein erw...

High-Level-Language Compilation for Reconfigurable Computers

The compiler COMRADE accepts full ANSI C and compiles it into hybrid hardware/software applications for execution on a reconfigurable adaptive computer system. After defining the model-of-computation underlying the flow, we describe the general compilation process as well as some specific techniques. These include path-based partitioning, module-generator based datapath and controller synthesis...

Two algorithms for solving comrade linear systems

In this paper, we present an efficient computational and symbolic algorithms for solving comrade linear systems. The implementation of the algorithms using Computer Algebra Systems (CAS) such as MAPLE, MACSYMA, MATHEMATICA, and MATLAB is straightforward. An examples are given in order to illustrate the algorithms. 2006 Elsevier Inc. All rights reserved.

Symbolic algorithm for solving comrade linear systems based on a modified Stair-Diagonal Approach

Recently, new approach called Stair-Diagonal used for solving a tridiagonal system by Jawad[A. J. Jawad and et.al., Solving a Tri-Diagonal System of Size N Equations by Stair-Diagonal Approach, Adv. Sci. Eng. Med. , 4(2012) 171-175]. In this paper, we developed a Stair-Diagonal Approach in order to remove the cases where the Stair-Diagonal Approach fails. Also, we describe a symbolic computatio...